Index Tutorials

Ansys ICEM CFD 10.0 Tutorial

FREE DOWNLOAD THIS TUTORIAL
Tutorial in pdf format so you can save it to your PC, e-book reader or print.

Sponsored link

Note: The tutorial you are about to download is compressed format. Rar, if you do not have a decompressor rar files you can download 7-zip and you can display the Foxit PDF Reader.

Index Ansys ICEM CFD 10.0 Tutorial

Table of Contents1. CAD RepairHow are Close Holes and Remove Holes different?Close HolesRemove HolesHow do Fill, Trim and Blend work in Stitch/Match Edges?How does Match work in Stitch/Match Edges?2. TetraIntroductionTetra mesh generationInput to TetraTetra Generation StepsRepair GeometryGeometry Details RequiredSizes on surfaces and curvesMeshing inside small angles or in small gaps between objectsDesired Mesh RegionRun Tetra - The Octree ApproachImportant Features in TetraNatural SizeTetrahedral Mesh SmootherTetrahedral Mesh CoarsenerTriangular Surface Mesh SmootherTriangular Surface Mesh CoarsenerTriangular Surface Editing ToolsCheck MeshQuality metricAdvanced options3. HexaIntroductionFeatures of HexaMesh Generation with HexaThe Hexa DatabaseIntelligent Geometry in HexaUnstructured and Multi-block Structured MeshesUnstructured Mesh Output:Multi-Block Structured Mesh Output:Blocking StrategySplitMergeUsing the Automatic O-gridMost Important Features of HexaAutomatic O-grid generationImportant Features of an O-gridEdge Meshing ParametersSmoothing TechniquesRefinement and CoarseningRefinementCoarseningReplay FunctionalityGenerating a Replay FileAdvantage of the Replay FunctionPeriodicityApplying the Periodic RelationshipMesh QualityDetermining the Location of CellsDeterminantAngleVolumeWarpage4. PropertiesCreate Material PropertySave MaterialOpen MaterialDefine TableDefine Point ElementDefine Line ElementDefine Shell ElementDefine Volume Element5. ConstraintsDisplacement on PointDisplacement on CurveDisplacement on AreaDisplacement on SubsetDefine ContactAutomatic DetectionManual DefinitionDefine Single Surface ContactDefine Initial velocityDefine Planar Rigid wall6. LoadsForce on PointForce on curveForce on SurfaceForce on SubsetPressure on surfacesPressure on subsetTemperature on PointsTemperature on curvesTemperature on SurfaceTemperature on BodyTemperature on SubsetSet Gravity7. Solver OptionsSetup Solver ParametersSetup Analysis TypeSetup Sub-CaseWrite/View Input fileSubmit Solver RunPost Process ResultsFEA Solver SupportList of Figures.Close HoleAfter closing the holeBefore Remove HolesAfter Remove HolesGeometry with a gapResult with Close Gap > FillResult with Close Gap > TrimResult with Close Gap > BlendGeometry with mismatched edgesGeometry after match edgesCurves and Points representing the sharp edges and cornersMesh with Curves and pointsMesh without curves and pointsGeometry Input to TetraFull Tetra enclosing the geometryFull Tetra enclosing the geometry (In wire frame node)Cross-section of the Tetra to show how Tetra are fit in around geometryMesh after it captures surfaces and separation of useful volumeFinal Mesh before smoothingFinal Mesh after smoothingNon-Manifold VerticesQuality HistogramInitial block, block with O-Grid, O-Grid with include a faceElements on CurveForce Distribution as per the FEA conceptsQuadratic Element Nodes positionLoad Distribution as per the FEA conceptsQUAD9 Element